Standard reference conditions according to DIN ISO 3046 (1000mbar air pressure, air temperature, 298 K, humidity 30 %). Performance data for biogas HU = 6.0 to 6.5 kWh / Nm ³, according to unit. Performance data for other types of gas on request at Dreyer & Bosse. Further types are available upon request. Efficiency details are subject to ...
You and me for energy – – with Dreyer & Bosse CHP. Your individual requirement is our challenge. We plan and programme your tailor-made energy system made from tried-and-tested top biogas components.
Biomass cogeneration plant with ORC with low temperature heat recovery in a belt dryer: Thermal oil boiler and ORC
EW - Wastewater Evaporator is the hot/cold water evaporator with forced circulation and external shell & tube heat exchanger. The heat necessary to boil the wastewater is supplied by hot water running into the heat exchanger; the cooling necessary to condensate the steam is supplied by cold water running into the heat exchanger at the top of ...
Designed to treat a high concentration of solids, Evaled RW Wastewater Evaporator often follows a primary evaporator in series to provide further concentration or crystallization of the concentrate.
Our ability to supply environmentally friendly and financially attractive CHP plants is based on the following: Excellent combustion technology. A new patented boiler concept for modular biomass fired boilers. A combustion system that has been developed and improved continuously through many years. Standardisation and modularisation. Employees ...
To date most of Turboden's projects are in the field of cogeneration from wood biomass. Turboden turbogenerators electric power output generally ranges between 400 kW and 2 MW. The Turboden split system allows maximising electric power production for a given biomass consumption.
Cogeneration with hot air production for drying processes is the simpler system, since the elements necessary for heat recovery are basically the same as would be required to cool the engine.
Using cogeneration to produce hot water for heating systems is widespread in all of Europe. Since the demand for heating varies according to the seasons, a cogeneration systems would not be profitable if heat generated by the cogeneration modules were not used in the summer.
Due to its great energy utilization rate and contribution to photosynthesis, cogeneration reaches its maximum level of effectiveness when applied to greenhouses. GUASCOR has install;led over 300 systems in various greenhouses in Spain and other European countries like the Netherlands, Belgium, Italy, Germany, etc.